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"Excellent improvement to the original Gilson Microman; particularly in user comfort (fits more easily in the hand, better suited to extended use). The new volume lock is also very good, stops any drift while in use."

Combines unprecedented speed with high resolution and low light sensitivity.

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The Rolera EM-C2 camera is a versatile bio-imaging platform which combines unprecedented 40 MHz speed with high resolution and low light sensitivity.
Its Easy-EM™ feature provides one-click optimization of the camera’s EM gain settings in all modes of speed. Instant experimental repeatability is possible as each camera is uniquely characterized and operational with the best read noise reduction, dynamic range, and limited EM noise injection.Stream video of your experiment at 34.2 full frames per second. View live cells in high speed, with 200+ FPS using binning and ROIs.
Rolera™ EM-C2 EMCCD Camera Features:
Easy-EM mode - This new feature automatically sets the EM Gain at an optimal S/N level, enabling you to set simple reproducibility of to your experiment conditions.
>100 frames...Read more

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Description

The Rolera EM-C2 camera is a versatile bio-imaging platform which combines unprecedented 40 MHz speed with high resolution and low light sensitivity.

Its Easy-EM™ feature provides one-click optimization of the camera’s EM gain settings in all modes of speed. Instant experimental repeatability is possible as each camera is uniquely characterized and operational with the best read noise reduction, dynamic range, and limited EM noise injection.

Stream video of your experiment at 34.2 full frames per second. View live cells in high speed, with 200+ FPS using binning and ROIs.

Rolera™ EM-C2 EMCCD Camera Features:

Easy-EM mode - This new feature automatically sets the EM Gain at an optimal S/N level, enabling you to set simple reproducibility of to your experiment conditions.

>100 frames per second cell imaging - Gain the ability to see cellular events at extremely high frame rates.

34.2 full frames per second - Provides more frames per second enabling you to capture rapidly occurring events in more temporal detail.